Image IMHS63100 user manual Assembly, Careful not to damage the spa shell

Page 8

Assembly

Before beginning assembly, carefully read the following information and instructions:

Place all parts in a cleared area and remove the packing materials from the spa shell. Do not dis- pose of the packing materials until assembly is completed and the spa is operating.

During assembly, make sure that all parts are oriented as shown in the drawings.

Read each assembly step before you begin.

Tighten all parts as you assemble them, unless instructed to do otherwise.

ASSEMBLY REQUIRES THE FOLLOWING TOOLS (not included):

One (1) phillips screwdriver

You may also need a small amount of soap or water.

A wire connector is provided on the electronics pack of the spa to connect a minimum No. 8 AWG (8.04 mm2) solid copper conductor between the spa and any metal equipment, electrical enclosure made of metal, metal water pipes, or conduit within five feet of the spa.

1. Before beginning assembly, make sure that you

have read and understand the information in the

box above and on the previous two pages.

Remove the eight 1/4” x 1 1/2” Machine Screws (7)

from the Access Panels (2, 5). Remove the Access

Panels by sliding them down and then pulling the

bottoms of the Access Panels away from the spa. Be

careful not to damage the spa shell.

If desired, snap the three included pillows to the spa

shell at this time. Each pillow can be attached in

either a high position or a low position. To determine

the desired position, attach a pillow to the spa shell,

note its position, remove it, turn it 180°, and then

reattach it.

2. Refer to the drawing on page 6 and locate the pump

access opening. Locate the drain hose inside the

opening. Close the valve knob on top of the drain

1

Spa Shell

Pillow

Spa Shell

 

 

 

 

 

Pillow

 

 

Pillow

 

 

 

2

 

5

 

 

 

7

 

7

 

 

 

2

 

 

 

hose. Next, make sure that the cap is fully tightened

onto the end of the drain hose.

Locate the four gate valves inside the pump access

opening (there are two gate valves per pump). Make

sure that the gate valves are open and that the lock-

ing clips are snapped onto the stems of the gate

valves, as shown in the inset drawing.

Make sure that the four collars are tightened (there

are two collars per pump).

Refer to step 1 above. Re-attach the pump Access

Panel (2) to the spa with the four 1/4” x 1 1/2”

Machine Screws (7).

Locking

Clip

Stem

Gate Valve

Gate Valve

Collars

Gate

Valve

Drain

Cap Valve Hose

Knob

8

Image 8
Contents Model No. IMHS63100 Serial No Customer HOT LineTable of Contents Posting the Warning SignImportant Safety Instructions Read and Follow ALL InstructionsPage Page Before You Begin Choosing a Location for the Hydrotherapy Spa If you set up the hydrotherapy spa insideIf you set up the hydrotherapy spa outside Assembly Careful not to damage the spa shellPage Using the Hydrotherapy Spa Wiring the Hydrotherapy SPATesting and Treating the Water Starting the Hydrotherapy SPASpa Shell Diagram Using the Controls Maintenance Attaching and Removing the Access Panel Water ChemistryMaintaining the Proper PH Balance Draining the Hydrotherapy SPAReplacing the Light Bulb Draining the PumpsWinter USE and Care Trouble-shooting Symptom the Console Displays the Words Cool or ICE Symptom the Console Displays ONEPart List-Model No. IMHS63100 Key No. Qty DescriptionExploded Drawing-Model No. IMHS63100 Icon Health & FITNESS, INC., 1500 S W., LOGAN, UT Ordering Replacement PartsLimited Warranty

IMHS63100 specifications

The Image IMHS63100 represents a significant advancement in the world of imaging technology, catering specifically to high-performance applications in various industries. It is designed to meet the stringent requirements of professional imaging, offering a blend of exceptional features and cutting-edge technologies.

At its core, the IMHS63100 is equipped with a high-resolution sensor that delivers stunning image clarity and detail. With a pixel count that exceeds 30 megapixels, it enables users to capture images that are not only sharp but also rich in color depth and dynamic range. This high resolution is essential for applications such as medical imaging, industrial inspection, and scientific research, where precision and detail are paramount.

One of the standout characteristics of the IMHS63100 is its advanced noise reduction capabilities. Utilizing sophisticated algorithms, the device minimizes noise without sacrificing image quality, ensuring that even in low-light conditions, the images remain clear and usable. This feature is particularly beneficial for users working in environments with fluctuating lighting, allowing for consistent performance and reliability.

In terms of connectivity, the IMHS63100 supports multiple interfaces, including USB 3.0 and GigE, which streamline the integration process into existing systems. This versatility allows it to be used seamlessly with various software platforms, enhancing the overall workflow efficiency. Additionally, the camera supports Power over Ethernet (PoE), simplifying installation and reducing cable clutter in complex setups.

The IMHS63100 is also designed with robust build quality in mind. Its durable casing makes it suitable for demanding environments, ensuring longevity and reliable operation in fields such as manufacturing and research laboratories. The camera's compact form factor further enhances its versatility, allowing it to be easily mounted in tight spaces without compromising performance.

Furthermore, the device incorporates intelligent features such as automated image processing and real-time analytics, enabling users to optimize workflows and make informed decisions based on accurate data. With these capabilities, the IMHS63100 is not just an imaging device but a comprehensive solution tailored to meet the nuanced demands of various high-performance applications.

In conclusion, the Image IMHS63100 is a powerful imaging system that combines high-resolution capabilities, advanced noise reduction, versatile connectivity options, and robust design to meet the needs of professional users. Whether in medical, industrial, or research applications, it stands as a reliable choice for those seeking superior image quality and performance.